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Tag: operations
End Mills support multiple operations.
2015-05-01 14:31:06| Industrial Newsroom - All News for Today
Consisting of 2- and 4-flute versions in square-end, chamfered-edge, and ball-nose configurations, VariMill GP End Mills are suitable for roughing, semi-finishing, and finishing in variety of materials, including aluminum, steels, stainless steels, and cast irons. General purpose tools feature 30° helix angle and eccentric relief, which provide strong edges and stability. Thick TiAlN coating contributes to extended tool life across milling, ramping, and slotting operations.
Tags: support
end
multiple
operations
Hawaii's Island Air cutting workforce by 20%, cuts operations, cancels aircraft delivery
2015-05-01 11:13:15| Airlines - Topix.net
Island Air, which is owned by Oracle Corp. CEO Larry Ellison, says it is not taking delivery of the Q400 NextGen turboprop aircraft, which it was to buy from Bombardier for $61 million, as part of a reduction in its Hawaii interisland service. Island Air, the Hawaii interisland airline owned by Oracle Corp. co-founder Larry Ellison , will cut its workforce by 20 percent, close its operations on Kauai and cancel delivery of new aircraft in the short term as the airline works to reposition itself as the second largest airline in the Islands, the airline's CEO said Thursday.
Tags: air
delivery
island
operations
Versabar-Custom Hydraulic Winches and Chain Jacks, Riser and Umbilical Installations, and Field Operations
2015-04-30 18:13:00| Offshore Technology
Versabar is an integrated engineering company, providing a full range of services and innovative solutions for a variety of industry challenges.The firm performs detailed engineering and design, fabr...
Tags: field
operations
chain
installations
Science Operations Engineer JUICEMEXExoMars 2016
2015-04-30 18:07:05| Space-careers.com Jobs RSS
Serco is a FTSE 250 international service company that improves the quality and efficiency of essential services that matter to millions of people around the world. The work we do for national and local governments involves us in the most important areas of public services, including science and defence. Sercos space heritage over the last 40 years has placed us in the Space News Top 50 Space Industry Manufacturing and Services Companies. With over 1500 staff in the space business covering a wide spectrum of experience and skills, we convey best practice, expertise and innovation in our business. For our activities in ESAC, we are currently looking for a Science Operations Engineer JUICEMEXExoMars 2016. Tasks and Responsibilities Science Ground Segment Coordination Tasks Coordination of Science Ground Segment operational activities and overall organization and scheduling of routine planning processes Coordination of scientific activities and specific interfaces with Principal Investigator teams, Project Scientist and Science Working Team Coordination of engineering activities and interfaces with the Mission Operations Centre and ESA DTEC MAPPS development team Coordination and preparation of scientific and operational meetings, including the Science Operations Working Group, Science Working Team and Mission Operations and Harmonization of Interfaces Meetings, in close collaboration with the Development or Mission Manager and the Project Scientist. Routine Science Operation Support Tasks Support to routine Long Term Planning LTP activities through scientific and engineering analysis of future planning seasons, in order to identify and study scientific observation campaigns and operationally constrained seasons Scientific analysis of future observation campaigns in coordination with the Science Working Team SWT and the Science Operations Working Group SOWG Operational analysis of potentially constrained seasons, in collaboration with the Mission Operations Centre, in particular in preparation for the Mission Operations Usage and Harmonization of Interfaces Meeting Support to nonroutine Long Term Planning activities linked to the availability of new orbit trajectory products or other long term operational files coming from ESOC andor PIs, for coordination and preparation of all geometrical, scientific and operational products based on new trajectory ephemeris and long term resource files. Support to routine Medium Term Planning MTP activities, coordinating the harmonization of pointing and instrument observation timelines in MTP cycles covering 4 weeks Scientific support for the preparation of science observation campaigns and dedicated pointing requests, in coordination with the Science Operations Working Group Engineering support for the resolution of nonroutine planning anomalies and the coordination of any planning conflict with experiment teams andor the Mission Operations Centre at ESOC Exceptional support may also be required in case of unavailability of any of the mission planners, serving as a backup resource for all LTPMTPSTP routine activities. Support to routine Short Term Planning STP activities, including the generation of detailed instrument command sequences and resource allocation, coordinating the detailed iterations with experiment teams Expansion of Mars Express Request files MREQs instrument modes into operational activities for the generation of command sequences Modelling and simulation of instrument resources including data rates and power profiles Generation of Payload Operation Requests PORs and Instrument Timelines ITLs for STP iterations with the Experiment teams and final delivery to the MOC. System Engineering Support Tasks Technical coordination with TEC, MOC and Experiment teams for the development of MAPPSEPS tools and the maintenance of the MEX Science Operations repository Definition and maintenance of all experiments and spacecraft subsystem models, including all configuration settings for the plan simulation and constraint validation Development and maintenance of additional tools for the generation and processing of all operational files used for planning, science opportunity analysis and data generation Maintenance of the MEX science operations data management system and interfaces, including SGS web site, centralized CVS repository, file transfer services and online database. Science Implementation Analysis Tasks Support to the Project Scientist and the Science Operations Development Manager in the development of Science Implementation Requirements, flagging those that will introduce deltas to the system design Support to the Project Scientist, Deputy Project Scientist and Instrument Operations Scientist in the operational analysis of the different mission phases, to monitor the mission expected science return against baseline operational assumptions as well as to understand and report the impact of operational assumptions changes Iterate on the SIRDSIP requirements and traceability identifying the system implications Iterate on the operations concept and toplevel process within the system design. System Requirements Analysis Tasks Derive the SGS Technical Requirements Specifications to provide an overview of the SOC functionalities to demonstrate SIRD compliance Define the SGS Technical Requirements Specifications, including justification, taking into account the main drivers coming from the SIRD and the SGS Operations Concept Produce High Level SGS Technical Requirements Specifications compliant with the SIRD. Baseline System Design Tasks Produce the baseline design of the core system, including the architecture, demonstrating traceability to the SGS system technical requirements Analyse the SGS operations processes and system requirements, mapping the SGS system requirements to individual process steps Consolidate the system design, identifying main SGS functionalities, by grouping SGS system requirements and commonalities among process steps, taking into account all necessary actorsroles Document the SGS design including a preliminary analysis of the potential for reuse of existing multimission software systems and infrastructure. Critical System Design Tasks Iterate on the SGS technical specification to keep it compatible with generic crossmission updates made to the core system, producing the detailed design of the core system Analyse the impact of Operations ConceptProcess changes on the requirements and core component modifications MAPPSEPS Assign technical requirements to SGS development deliveries e.g. core system, nominal science system Consolidate the detailed design by analysing the SGS operations processes and system requirements, mapping the system requirements to individual subprocess steps, identifying commonalities between subprocess steps taking into account all necessary actorsroles Document the detailed SOC design including the reuse of existing multimission software systems and infrastructure, plus any additional specific requirements needed to extend beyond generic functionality. Preliminary System Implementation Tasks Iterative implementation of baseline SGS core uplink systems Ensure the System Readiness for endtoend type tests and preflight simulations or rehearsals SOVT, ATB, ORs , including Generic planning tool system configuration, validation of the generic planning tool modules, system level validation, support to operations acceptance tests, and setup the required operational interfaces. System Implementation Tasks Iterative implementation of SGS core uplink systems Ensure that the requirements derived from the needs of the different stakeholders, and related to the core SGS, have been implemented Elicit further requirements to be added to the baseline requirements for the next increments of the SGS system design Complete the SGS system design defining a fullbaseline for all the components, finalizing the architecture and completing the interface service requirements for all stakeholders Support integration of all SGS Systems in time for launch. System Validation and Verification Tasks Validate and verify the SGS systems against the system requirements with demonstrated upwards traceability to the technical specification and ultimately the SIRD Qualify the SGS System implementation in time for launch Support endtoend type tests and preflight simulations or rehearsals SOVT, ATB, ORs Support of the checkout activities. Requirements The Key Person should possess a university education Ph.D. or M.Sc. in a scientific or technical subject and at least 15 years of professional experience. In particular, the following experience is required for the service provider personnel Science operations for solar system missions Scientific analysis of planetary spectral and imaging data Remote sensing of planetary surfaces and atmosphere Data generation and calibration of planetary data Data handling and archiving following Planetary Data System standards Payload modelling, simulation and commanding Planetary geometry and ancillary information tools SPICE Planetary science operation tools MAPPS, EPS, etc. Software programming and scripting languages IDL, shellscript, DOS bash, etc. Application procedure Important All applicants must hold a current valid work permit for Spain or be EU nationals. Due to the high interest these roles generate, Serco reserves the right to commence, alter or conclude the recruitment process prior to the closing date. If shortlisted, a recruiter will contact you directly. If not, your application will remain in our database and can be matched against future openings. You can also login at any time to apply to additional positions. If you are interested in this vacancy, and think you have the skills and experience required, please apply via the relevant link available in our corporate careers website httpwww.serco.comcareersindex.asp If you have any question regarding this position please email space.careersserco.com Position Science Operations Engineer JUICEMEXExoMars 2016 Reference RTCSREODI109 Application closing date 21.05.2015 Start date 01.07.2015 If you are not yet registered with Serco we advise you to register your details by adding your details and attaching your CV via httpswww.amris.comsercoalertssignupform.php For additional information about Serco Group please consult our website www.serco.com For additional information about Serco Europe please consult our website www.serco.comeurope For additional information about ESAC, please consult httpwww.esa.intAboutUsESAC
Tags: science
operations
engineer
science operations
P-80 Lubricants Provide a Safe and Easy Way to Improve Assembly Operations in the Automotive Industry
2015-04-29 12:31:13| Industrial Newsroom - All News for Today
Rubber's non-slip quality can make an assembly process very difficult. Without an assembly aid, tight-fitting rubber components can cause production to slow down, and quality and safety standards to slip. The P-80 line is specially formulated to provide temporary lubrication that makes rubber easy to install...
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provide
easy
industry
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